Institute of Experimental Physics
Topic
Exploring of discrete gravity, black hole paradox and also quantum phenomena for various kinds of cosmological objects as well as nanostructures
PhD. program
Theoretical physics
Name of the supervisor
RNDr. Richard Pinčák, PhD.
Contact:
Receiving school
Faculty of Science, P.J. Safarik University
Annotation
Interpretation of emerging spaces using a new geometric/topological approach introduced by PNDP-manifolds, i.e., particular kind of the Einstein sequential warped-product manifold, which allow to cover a wider variety of exact solutions of Einstein's field equation from a differential geometric point of view, without complicating the calculations comparing to the Einstein warped-product manifolds. We will seek to shed light on the underlying physics beyond the Standard model, also by the examination how discrete gravitational effects would affect the motion of spin or spinless particles in a gravitational fields. By exploring these concepts, we hope to provide valuable insights into the nature of dimensions and their impact on gravity and fundamental forces, thus addressing existing inconsistencies in current cosmological models as well as nanostructures.